1931
DOI: 10.1515/bchm2.1931.194.3-4.124
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Über die Aktivierung tierischer und pflanzlicher Proteasen durch Glutathion. 16. Abhandlung über Pflanzenproteasen in der von R. Willstätter und Mitarbeitern begonnenen Untersuchungsreihe.

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Cited by 36 publications
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“…Consideration of the importance of oxidation-reduction systems began with the discoveries that HCN (Vines, 1903(Vines, , 1905, H~S (Mendel and Blood, 1910), cysteine, and HS glutathione (Grassman, yon Schoenebeck, and Eibeler, 1931) increased the activity of papain and of cathepsin (Grassman eta/., 1930;Waldsehmidt-Leitz, 1929). The physiological significance of these findings was emphasized by the demonstration (Grassman, Dyckerhoff, and von Schoenebeck, 1930) that many intracellular proteases, both plant and animal, are accompanied by sulfhydryl compounds which serve as natural activators, presumably by virtue of their reducing action.…”
Section: B Conditions Affecting the Activity Of Proteolytic Enzymes mentioning
confidence: 99%
“…Consideration of the importance of oxidation-reduction systems began with the discoveries that HCN (Vines, 1903(Vines, , 1905, H~S (Mendel and Blood, 1910), cysteine, and HS glutathione (Grassman, yon Schoenebeck, and Eibeler, 1931) increased the activity of papain and of cathepsin (Grassman eta/., 1930;Waldsehmidt-Leitz, 1929). The physiological significance of these findings was emphasized by the demonstration (Grassman, Dyckerhoff, and von Schoenebeck, 1930) that many intracellular proteases, both plant and animal, are accompanied by sulfhydryl compounds which serve as natural activators, presumably by virtue of their reducing action.…”
Section: B Conditions Affecting the Activity Of Proteolytic Enzymes mentioning
confidence: 99%